1.
Infuse 2.5 liters( 2500ml) for 14hrs.
drop factor 10gtt/ml
so we have to infuse 178.5ml/h.
then
( 30drops/min )
Answer:- Drop rate is 30gtt per minute.
2.
Infuse 0.75liter( 750ml ) for 7.5hrs
drop factor is 20
so we have to infuse 100ml/h
then
(33gtt per minute)
Answer:- Drop rate is 33gtt per minute.
3.
Infuse 1.5liter( 1500 ml ) for 1.5 days( 36 hours )
Drop factor for pediatric drip set is 60gtt/ml
so we have to infuse 41.6ml per hour.
then
(42drops/min)
Answer:- Drop rate will be 42gtts per minute.
help me solve this by using this formula please pharmacology lab Find the drop rate per...
pharm lab
Find the drop rate per minute (otts/min) 1) infuse 2.5 L for 14 hours. Drop factor is lo. 2) infuse 0.75L for 7.5 hours. Drop factor is 20. 3) infuse list forlis days for a pediatric patient
A nurse is preparing to infuse 0.75 l of IVF at a rate of 40 mU/hr. When will the infusion be completed? Chours 4 minutes) Attach to your Qui : Infuse half of 1.5 L for 1.5 days w/a drop factor of 10. Infuse 2.5 L for 8 hours w/ a drop factor of 20. Infuse half of 0.75 L for 6 hours to a pediatric client,
4. Ordered: 250 ml of Dextran in 2.5 hours. The drop factor is 15 gusi should the IV run (gtts/min)? urs. The drop factor is 15 gtts/ml. How fast 5. An IV with a microdrip infusion tubing is dripping at 20 gtts/15 seconds. How many ml/hr is the patient receiving? 6. Pitocin 10 units in 10 ml of 0.9% NS. Infuse at a rate of 3 units/minute. How many ml/hr should infuse?
n 12 agapeacademy.neolms.com Pharmacology Math November Quiz # 3 Question 1 of 14 5 Points Directions: Recalculate the IV flow rate. Determine the percentage of change and state the course of action. Assume that hospital policy permits recalculation of rates when rates are off schedule and clients are stable. 100 units of regular Humulin insulin in 250 mL 0.9% NS were to infuse at 4 mL/hr. How many units per hour will be delivered?. Select the correct response: O 1.1...
please ignored the written answers, also Q. 5,8,9. i just want
to knwo the answers for the rest of them so i can double check it
with my work
- x 1500 = 47 gifle Pharmacology Practice Quiz #3 15 tooo 1) A solution of 3000 ml DSW with 1.5 g carbenicillin is being infused for 24 hours. The drop factor is 15 drops per minute. How many drops per min will be infused? 3000 next 31 g/min 1440 2)...
Part F: Intravenous and Infusion Calculations continued An IV flow rate consists of the number otf cc/hour. Calculate the flow rate that a 1000 c IV solution infuses over an 8-hour period. 6. 7. Considering an IV flow rate in cc/hour, calculate the flow rate of the same 1000 ac IV solution infusing over a period of 6 hours. 8. The drop factor (gtts/cc) is the number of drops it takes to equal 1 cc for specific tubing in intravenous...
Remember: You cannot give a decimal of a drop. You need to round it to the nearest whole number. All IV pumps use whole numbers to deliver ml/hr so your answer should be a whole number unless otherwise specified. PLEASE HELP WITH 16 NURSING QUESTIONS. THANK YOU. GOD BLESS YOU!!! 1. A client’s intravenous fluids are infusing at the rate of 30 gtts/min. How many mL/h is the client receiving? 2. A client is prescribed 500 mL of intravenous fluid...
The order reads: 900mL NS IV 5 hr. Calculate the flow rate in millimeters per hour when the drop factor is 10 drops per milliliter. The rate ordered by the physician is 80 microdrops per minute. How many milliliters per hour will this patient receive? 1,000 mL of NS must infuse via IV over 8 hours. The drop factor is 20 gtt/mL. Find the flow rate in gtt/min. An infusion of 5% D/W begins with 300 mL in the IV...
please ignored the written answers, im not sure it is right.
can you answer them all, i would like to double check with my own
work
7. Ordered: 500 mg aminophylline in 250 ml normal saline IVPB for emphysema to infuse at 30 ml per hour. The IV started at 1330 hours. When will the infusion be complete? Ehr 30 v 2200 puys can explor 10. Ordered: 250 ml NS to be infused at 150 ml per hour. The drop...
13. The prescriber ordered dopamine hydrochloride (Intropin) at a rate of 0.003 milligrams per kilogram per minute The patient weighs 122 pounds. The directions are as follows: Add 160 mg (1 mL) to 250 mL of 5% D/W a. Calculate the flow rate in mililiters per hour for this infusion. 14. A medication order states that 50 mililiters of asparaginase (Elspar) are to b e added to 100 milliliters of 5% D/W (total 150 milliliters) Calculate the flow rate in...